# plot.triSht

0th

Percentile

##### Plot a triangulation object

plots the triangulation object "x"

Keywords
spatial
##### Usage
# S3 method for triSht
plot(x, add = FALSE, xlim = range(x$x), ylim = range(x$y), do.points = TRUE, do.labels = FALSE, isometric = TRUE,
do.circumcircles = FALSE, segment.lty = "dashed", circle.lty =
"dotted", ...)
##### Arguments
x

object of class "triSht"

logical, if TRUE, add to a current plot.

do.points

logical, indicates if points should be plotted. (default TRUE)

do.labels

logical, indicates if points should be labelled. (default FALSE)

xlim,ylim

x/y ranges for plot

isometric

generate an isometric plot (default TRUE)

do.circumcircles

logical, indicates if circumcircles should be plotted (default FALSE)

segment.lty

line type for triangulation segments

circle.lty

line type for circumcircles

...

##### Value

None

triSht, print.triSht, summary.triSht

• plot.triSht
##### Examples
# NOT RUN {
## random points
plot(tri.mesh(rpois(100,lambda=20),rpois(100,lambda=20),duplicate="remove"))
## use a part of the quakes data set:
data(quakes)
quakes.part<-quakes[(quakes[,1]<=-10.78 & quakes[,1]>=-19.4 &
quakes[,2]<=182.29 & quakes[,2]>=165.77),]
quakes.tri<-tri.mesh(quakes.part$lon, quakes.part$lat, duplicate="remove")
plot(quakes.tri)
## use the whole quakes data set
## (will not work with standard memory settings, hence commented out)
## plot(tri.mesh(quakes$lon, quakes$lat, duplicate="remove"), do.points=F)
# }

Documentation reproduced from package interp, version 1.0-33, License: GPL (>= 2)

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